About PLUG FLOW TUBULAR REACTOR (Straight Tube Type & Compressed AirFeed System) (OP-102)
Sponification Reaction Study in Straight Tube Plug Flow Reactor.
To determine the Reaction Rate Constant.
Product Specifications
Material Metal
Usage For Laboratory
Capacity 20 Kg/hr
Color White and Black
Voltage 15 Volt (v)
Equipment Materials SS
Precision and Versatility in Reaction StudiesThe OP-102 Plug Flow Tubular Reactor facilitates detailed kinetic studies with high accuracy and instant digital readouts. Its robust SS-316 construction ensures compatibility with a range of chemical reactions, while the ability to handle both gas and liquid phases makes it adaptable for various experimental setups in research and teaching environments.
Advanced Safety and Control FeaturesEquipped with an acrylic guard, pressure relief valve, and optional jacket for thermal management, the reactor ensures user safety and precise temperature regulation. Adjustable manual or digital control panels permit accurate flow and temperature adjustments, supported by a digital interface for streamlined data collection.
Ideal for Education and Laboratory ResearchWith easy-to-operate sampling ports, digital displays, and straightforward mounting, this reactor is excellent for hands-on learning in chemical engineering curricula or independent laboratory investigation. Its modular design and reliable measurement capabilities enable rigorous experimentation and data collection.
FAQ's of PLUG FLOW TUBULAR REACTOR (Straight Tube Type & Compressed AirFeed System) (OP-102):
Q: How is the reactant feed managed in the OP-102 Plug Flow Tubular Reactor?
A: The OP-102 utilizes a compressed air feed system, regulated by a rotameter, to deliver precise reactant flow rates between 0.1 and 2 LPM. This setup ensures consistent operation for both gas-phase and liquid-phase reactions.
Q: What kind of reactions and applications is this reactor suitable for?
A: This reactor is ideal for kinetic studies in chemical reaction engineering, supporting both gas-phase and liquid-phase reactions thanks to its SS-316 construction and temperature control capabilities. It is commonly used in laboratory education, research analysis, and the determination of reaction parameters.
Q: When should I use the sampling points during operation?
A: Sampling points at the inlet, outlet, and intermediate positions enable users to collect samples at different stages of the reaction process. This is useful for monitoring reaction progress, analyzing conversion, or gathering data for kinetic modeling at specific intervals.
Q: Where can temperature and flow measurements be accessed on the OP-102?
A: The OP-102 is equipped with digital displays for both temperature and flow rate, allowing real-time monitoring on the control panel. Optional digital interface connectivity also permits data logging directly to a PC for comprehensive analysis.
Q: What process is involved in adjusting the reaction conditions?
A: Users can manually or digitally adjust flow rates, temperature, and operating pressure from the control panel. The integrated rotameter and PT-100 thermocouple provide precise control, while optional jacket insulation enables further temperature management for different experimental requirements.
Q: How does the design benefit laboratory users or educators?
A: The tabletop/bench-mount reactor is easy to assemble and operate, with transparent shields for clear observation and multiple sampling ports for data collection. Its safety features and accuracy make it well-suited for both beginner students and advanced researchers, optimizing time and resource use.